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cc65/targettest/gamate/lcdtest.s
2020-09-29 19:14:46 +02:00

422 lines
8.1 KiB
ArmAsm

;
; original lcdtest.s by PeT (mess@utanet.at)
;
; cl65 -t gamate -o lcdtest.bin lcdtest.s
;
.include "gamate.inc"
.zeropage
addr: .word 0
psa: .word 0
.bss
temp_x: .byte 0
temp_y: .byte 0
temp_a: .byte 0
irq_count: .byte 0
nmi_count: .byte 0
psx: .byte 0
psy: .byte 0
count: .word 0
counted: .word 0
xpos: .byte 0
ypos: .byte 0
.rodata
chars: .incbin "cga2.chr"
hex2asc: .byte "0123456789abcdef"
format: .byte "IrqNmiCountXposYpos", 0
xdesc: .byte "0123456789abcdefghijklmnopqrstuv", 0
ydesc: .byte "0123456789ABCDEFGHIJKLMNOPQRSTUV", 0
.code
;-------------------------------------------------------------------------------
.export IRQStub, NMIStub
.proc NMIStub
inc nmi_count
rts
.endproc
.proc IRQStub
inc irq_count
lda count
sta counted
lda count+1
sta counted+1
lda #0
sta count
sta count+1
rts
.endproc
;-------------------------------------------------------------------------------
.export Start
.proc Start
sei
lda #0
sta ZP_IRQ_CTRL
lda #0
sta LCD_XPOS
sta LCD_YPOS
cli
lda #LCD_MODE_INC_Y
sta LCD_MODE
lda #0
sta LCD_X
lda #<xdesc
ldx #>xdesc
ldy #0
jsr printstring
lda #LCD_XPOS_PLANE2
sta LCD_X
lda #<xdesc
ldx #>xdesc
ldy #128
jsr printstring
lda #0
sta LCD_X
lda #<ydesc
ldx #>ydesc
ldy #0
sty LCD_Y
jsr printstringy
lda #(LCD_XPOS_PLANE2|(128/8)) ; ???
sta LCD_X
lda #<ydesc
ldx #>ydesc
ldy #0
sty LCD_Y
jsr printstringy
lda #<format
ldx #>format
ldy #8
jsr printstring
lda #0
sta LCD_MODE
lda #24/8
sta LCD_X
lda #24
sta LCD_Y
lda #'X'
jsr printsign
lda #$80
sta LCD_MODE
lda #32/8
sta LCD_X
lda #32
sta LCD_Y
lda #'Y'
jsr printsign
lda #$c0
sta LCD_MODE
lda #40/8
sta LCD_X
lda #40
sta LCD_Y
lda #'Z'
jsr printsign
lda #0
sta LCD_MODE
lda #LCD_XPOS_PLANE2|(48/8)
sta LCD_X
lda #48
sta LCD_Y
lda #'x'
jsr printsign
lda #$80
sta LCD_MODE
lda #(LCD_XPOS_PLANE2|(56/8))
sta LCD_X
lda #56
sta LCD_Y
lda #'y'
jsr printsign
lda #$c0
sta LCD_MODE
lda #(LCD_XPOS_PLANE2|(64/8))
sta LCD_X
lda #64
sta LCD_Y
lda #'z'
jsr printsign
lda #LCD_MODE_INC_Y|1
sta LCD_MODE
lda #16/8
sta LCD_X
lda #72
sta LCD_Y
lda #'V'
jsr printsign
lda #LCD_MODE_INC_Y|2
sta LCD_MODE
lda #24/8
sta LCD_X
lda #72
sta LCD_Y
lda #'V'
jsr printsign
lda #LCD_MODE_INC_Y|4
sta LCD_MODE
lda #32/8
sta LCD_X
lda #72
sta LCD_Y
lda #'V'
jsr printsign
lda #LCD_MODE_INC_Y|8
sta LCD_MODE
lda #40/8
sta LCD_X
lda #72
sta LCD_Y
lda #'V'
jsr printsign
lda #1
sta ZP_IRQ_CTRL
loop:
lda count
clc
adc #1
sta count
lda count+1
adc #0
sta count+1
lda irq_count
cmp irq_count
beq loop
jsr inputs
lda #LCD_MODE_INC_Y
sta LCD_MODE
jsr printy
jmp loop
.endproc
;-------------------------------------------------------------------------------
.proc printy
ldx #0
ldy #16
lda irq_count
jsr printhex
ldx #3
ldy #16
lda nmi_count
jsr printhex
ldx #6
ldy #16
lda counted+1
jsr printhex
ldx #8
ldy #16
lda counted
jsr printhex
ldx #11
ldy #16
lda xpos
jsr printhex
ldx #14
ldy #16
lda ypos
jsr printhex
rts
.endproc
.proc inputs
lda JOY_DATA
and #JOY_DATA_UP
bne notup
dec ypos
lda ypos
sta LCD_YPOS
notup:
lda JOY_DATA
and #JOY_DATA_DOWN
bne notdown
inc ypos
lda ypos
sta LCD_YPOS
notdown:
lda JOY_DATA
and #JOY_DATA_LEFT
bne notleft
dec xpos
lda xpos
sta LCD_XPOS
notleft:
lda JOY_DATA
and #JOY_DATA_RIGHT
bne notright
inc xpos
lda xpos
sta LCD_XPOS
notright:
lda JOY_DATA
and #JOY_DATA_START
bne notstart
notstart:
lda JOY_DATA
and #JOY_DATA_SELECT
bne notselect
notselect:
lda JOY_DATA
and #JOY_DATA_FIRE_A
bne notbuttona
notbuttona:
lda JOY_DATA
and #JOY_DATA_FIRE_B
bne notbuttonb
notbuttonb:
rts
.endproc
;-------------------------------------------------------------------------------
.proc printstring
sta psa
stx psa+1
ldx #0
stx psx
sty psy
printstring2:
ldy #0
lda (psa),y
beq printstring1
ldx psx
stx LCD_X
ldy psy
sty LCD_Y
jsr printsign
inc psx
lda psa
clc
adc #1
sta psa
lda psa+1
adc #0
sta psa+1
jmp printstring2
printstring1:
rts
.endproc
.proc printstringy
sta psa
stx psa+1
printstring2:
ldy #0
lda (psa),y
beq printstring1
jsr printsign
lda psa
clc
adc #1
sta psa
lda psa+1
adc #0
sta psa+1
jmp printstring2
printstring1:
rts
.endproc
.proc printhex
pha
lsr
lsr
lsr
lsr
and #$0f
stx temp_x
tax
lda hex2asc,x
ldx temp_x
stx LCD_X
sty LCD_Y
jsr printsign
pla
and #$0f
inx
stx temp_x
tax
lda hex2asc,x
ldx temp_x
stx LCD_X
sty LCD_Y
jmp printsign
.endproc
.proc printsign
sty temp_y
stx temp_x
sta temp_a
lda temp_a
sta addr
lda #0
sta addr+1
asl addr
rol addr+1
asl addr
rol addr+1
asl addr
rol addr+1
lda addr
clc
adc #<chars
sta addr
lda addr+1
adc #>chars
sta addr+1
ldx #8
ldy #0
printsign1:
lda (addr),y
sta LCD_DATA
iny
dex
bne printsign1
ldx temp_x
ldy temp_y
rts
.endproc